How Pacmed & Eli5 Helped ICU Doctors Make Smarter Discharge Decisions with AI

How Pacmed & Eli5 Helped ICU Doctors Make Smarter Discharge Decisions with AI: How Pacmed & Eli5 Helped ICU Doctors Make Smarter Discharge Decisions with AI

When every minute in the ICU counts, making the right discharge decision can save lives and resources. Pacmed, in partnership with Eli5, leveraged AI and data visualization to empower intensive care doctors with actionable insights—reducing unnecessary readmissions and optimizing patient flow.

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Challenge

Determining the optimal moment to discharge a patient from the ICU is a high-stakes, data-driven decision. Each patient generates around 30,000 data points per day, from vital signs to lab results. Discharging too early risks readmission and increased mortality; too late, and patients may suffer unnecessary consequences while blocking critical ICU beds for others in need.

Approach

Pacmed developed a sophisticated algorithm to predict the necessity of continued ICU care, analyzing vast amounts of patient data with advanced statistical techniques. Eli5’s task: build a user-friendly dashboard for Pacmed Critical that would translate this complex analysis into clear, actionable information for ICU doctors.

The dashboard visualizes key patient data—length of stay, current status, trends over time, and readiness for discharge—helping doctors make informed decisions. Importantly, the algorithm supports, but never replaces, clinical judgment, offering transparency into the factors influencing each prediction.

Insight

Pacmed Critical draws on 14 years of data from 16,000 ICU admissions in Amsterdam, using machine learning to identify patterns and predict outcomes. The tool enables doctors to quickly answer critical questions, such as: “What is the chance of re-admission or premature death within seven days if the patient leaves now?” By surfacing insights from similar cases, the software accelerates and improves decision-making.

Impact

  • The dismissal software can reduce ICU readmissions by 10–15%.
  • The average length of stay may be reduced by 1–5%, freeing up valuable ICU resources.
  • These improvements translate to better patient outcomes and more efficient use of hospital capacity.

Pacmed Critical’s success was recognized with the Computable Award 2019 for Best Healthcare Project, honoring its collaboration with Amsterdam UMC and its innovative use of machine learning in intensive care.

10–15% reduction in ICU readmissions

1–5% reduction in average length of stay

Winner: Computable Award 2019 (Best Healthcare Project)

By combining Pacmed’s AI expertise with Eli5’s product development and data visualization skills, ICU teams now have a powerful tool to support life-saving decisions. Interested in how AI and automation can transform your healthcare operations? Contact Eli5 to learn more.

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